The fixed-value method The fixed-value or constant number method alerts the operator if a certain number of movements are not made. The motion-step method The motion-step or sequence method determines whether the prescribed steps of the process have been followed. Shingo Prize. Visit Website. Related Posts. Click Here to Leave a Comment Below. Poka Yoke, Fool Proofing or the Mistake Proofing Quality Gurus - a couple of weeks ago […] Guru Shigeo Shingo advocated the concept of zero quality control by arguing that inspection processes or the use of […] Reply.
Leave a reply: Cancel Reply. Leave a Reply:. His father died when they lived in Java, so Willem moved to the University of Utrecht to study medicine. After finishing his studies he obtained the position of professor at the University of Leiden to deal with the positions of physiology and histology.
He took the opportunity to advance an important work in the field of research. For several years he experimented with the rope galvanometer and its utility for the registration of cardiac potentials, and the results obtained were published in an article in the year Five years later, he masterfully described the clinical applications of the electrocardiogram in Telecardiogramme After that, he published another article that laid the foundations for the development of this important tool in cardiology analysis.
His investigative work was carried out simultaneously with his work as a professor. Thanks to his work, the galvanometer was used to measure the differences in electrical potential during systolic and diastolic heart contractions and reproduce them graphically.
This procedure is known as an electrocardiogram. Later, he was interested in analyzing how healthy hearts worked and then defining a reference frame, through which attention was paid to the deviations caused by the disease.
To sum up, he revolutionized the study, diagnosis, and treatment of cardiac pathologies. In his honor, the lunar crater Einthoven bears his name. Lucy Wills May 10, — hematologist and botany. She was born in Sutton Coldfield, United Kingdom. Her family enjoyed a good social and economic position. Then, she studied Botany and Geology in but did not receive a Cambridge graduate degree until , when Cambridge began granting degrees to women.
From the beginning, he knew that he would devote her knowledge to research and teaching in the Department of Pathological Chemistry of the same center in London.
For the year Margaret Balfour contacted her. For several years she served as chief of pathology until her retirement in After her retirement, she worked in South Africa and Fiji studying the effects of nutrition on health. During the last ten years of her life, she was a member of the local government for Chelsea. She started working on macrocytic anemia of pregnancy that primarily affects pregnant women in the tropics, with inadequate diets, this work was developed in several areas of India.
This woman is owed several contributions, such as discovering a nutritional factor in yeast that prevents and cures this disorder: the Wills factor or folate , the natural form of folic acid. As part of a recognition of her work and the advancement of medicine, on May 10, , the st anniversary of her birth, the Google search engine commemorated Wills with a Doodle available for North America, parts of South America and Europe, Israel, India, and New Zealand.
Her knowledge changed the face of prenatal preventive care for women around the world. Claude Bernard July 12, — February 10, physiologist. He was born in Saint-Julien, France. The top representative of the French physiology of the 19th century. His life was dedicated to studying the nervous regulation of salivary secretion, pancreatic digestion, and glycogenic liver function. He is admired for having discovered vasomotor innervation and creating the concept of internal secretion.
His contributions to experimental pharmacology are also salvageable. Bernard at nineteen entered as a clerk in a pharmacy in Vaise, a suburb of Lyon. He liked literature so he wrote a drama entitled Arthur de Bretagne, he went to Paris; but then he started studying medicine, leaving literature aside. In he could already demonstrate the glycogenic function of the liver. In the year of , he obtained the title of doctor of science with the thesis Investigations about a new function of the liver, considered as a producing organ of sugary matter.
Years later, and thanks to the knowledge acquired, he wrote Introduction to the study of experimental medicine allowed him to be part of the French Academy ; this year he was entrusted with the chair of general physiology of the Sorbonne Natural History Museum, and in he was appointed member of the Imperial Senate of Napoleon III. In his intellectual vitality was affected by a kidney disease contracted because of the cold and humidity of his laboratory. This French defended the determinism linked to neo-vitalism.
He also studied, in addition to hepatic glycogenesis, the sympathetic nervous system and poisons. In broad strokes, his works advocated naturalistic principles and thus generated a great influence that he exerted on the naturalist movement, mainly in Zola. Bernard establishes the rules of medicine that is true science and method, must have a solid foundation.
For hi medicine must be like physics and chemistry, a science that undergoes an experimental method. But experience is not proven simply by the facts, without being guided by a precise conviction; rather, it must be rigorous and complete experimentation.
Seek Perfection — Perfection cannot ever be achieved, but the pursuit of perfection creates a culture of continuous improvement. Focus on Process — Every outcome is a function of a process. Understanding current processes and improving them leads to better outcomes. Problems usually involve processes, not people. Assure Quality at the Source — Improved quality can only happen when every aspect of a process is done right the first time.
Errors should be detected and corrected at the point of creation. Anything that disrupts continuous flow of value is a waste. Think Systemically — Only understanding every part of a process and how they interconnect can lead to better decision-making and improvements. Create Value for the Customer — This is the foundation of everything. All value in an organization must be created by defining what a customer wants and what they are willing to pay for.
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